AMT 2820-98 1-1/2" Stainless Steel Self-Priming Centrifugal Pedestal Pump
Cast Iron & Stainless Steel Construction
Buna-N Mechanical Seals on Cast Iron Models
Viton® Mechanical Seals on Stainless Steel Models
Optional Silicon Carbide Mechanical Seals Available
1-1/4", 1-1/2" or 2" NPT Suction and Discharge Port Sizes
Dual Volute Design Reduces Radial Load on Motors
Maximum Temperature - Buna-N: 180° F, Viton®: 200°F
Self-Cleaning, Semi-Open Impeller
Heavy Duty Cast Iron Pedestal Drive with Sealed Ball Bearings
AMT Self-Priming Centrifugal Pedestal pumps are designed for a wide range of industrial, agricultural and commercial applications. Dual volute design reduces radial load on bearings and motor. Heavy duty cast iron construction with Buna-N seals or stainless steel with Viton® seals. Pumps are fitted with a self-cleaning, semiopen impeller and are coupled to a heavy duty cast iron bearing housing with a CNC machined keyed shaft extension and sealed ball bearings. The pump has been designed for either direct connection or belt drive. The maximum recommended RPM is 4,000.
Standard Features:
• Cast Iron & Stainless Steel Construction
• Mechanical Seal:
• Cast Iron - Buna-N
• Stainless - Steel Viton®
• Maximum Temperature:
• Buna-N: 180° F
• Viton®: 200° F
• 1-1/4", 1-1/2" or 2" NPT Suction and Discharge Port Sizes
• Maximum Working Pressure 75 PSI
• Solids Handling to 3/8" Diameter
• Built-In Check Valve on 1-1/2" & 2" Models
• Self-priming up to 20 Ft. @ 3450 RPM
• Dual Volute Design Reduces Radial Load on Motor
• QSP ? Quick Ship Pump for Many Models
Manufacturer Disclaimer: "*Hp Class: Indicates classification for marketing purposes and does not indicate actual engine horsepower. Contact engine manufacturer for actual HP specifications." 1Many AMT products are usually available to be shipped within 24 hours, however some may require a 7-10 day factory lead time - contact us for more information on product availability 2Image may not reflect actual product - Double check the AMT catalog for accurate product information.
